Split-type 50W Fiber Laser Marking Machine
GM-S50F-MPortable fiber laser marking machine for metal nameplates, hardware parts, machined parts, and electrical component identification.
View Details→Product selling points
Electrical component labels and identification parts are handled at a.
Machined metal parts are positioned for identification marking within a.
Metal identification plates are positioned at a dedicated workstation for.
The machine is placed within a hardware production environment where metal.Electrical component labels and identification parts are handled at a.Machined metal parts are positioned for identification marking within a.01 /Description
Metal Identification and Traceability Applications
Practical Marking Across Metal Production and Traceability Workflows
Desktop Fiber Laser Marking Machine. Application settings include Metal Nameplate Marking Station; Hardware Parts Production Area; Electrical Component Traceability Station; Machined Parts Night-Shift Marking. Match the selected configuration to the available space, access and intended use before ordering.
Product Advantages
Combined with rotation, the working mechanism allows multi-directional digging and material placement, minimizing frequent machine adjustments and suiting confined construction sites.
02 / Specs & Parts
Specifications & Structural Decomposition
Product Structure Diagram
- Minimum linewidth
- 0.01mm
- Repeatability
- ±0.01mm
- Marking speed
- 0-5000 mm/s
- Cooling system
- Air-cooled Standard EZCAD2 software, compatible with Lightburn Supports Windows 7/10/11 system
- Is there a computer
- Optional
- Power
- 20W/30W/50W/70W/100W
General information
- 1. Height Adjustment Handwheel
The rotary handwheel adjusts the laser head height for precise marking operations.
- 2. Vertical Lifting Column
The aluminum column supports and guides vertical movement of the laser assembly.
- 3. Laser Source Housing
The blue housing contains the fiber laser source and optical components.
- 4. Laser Marking Head
The marking head focuses the laser beam for precise engraving operations.
- 5. Laser Support Bracket
The sturdy bracket connects the laser assembly to the vertical lifting column.
- 6. Marking Worktable
The perforated metal platform supports and positions materials during laser marking.
- 7. Main Control Cabinet
The blue cabinet houses the main electrical and laser control components.
General instructions
Simplified explanation03 / Specs, Parts & Accessories
Visuals & Product Inspection
Product Video
Video Showcase
DF Series Appearance
Appearance display of DF series. Solid machine frame, compact overall structure and exquisite workmanship.
DF Series Appearance
Video Showcase · 00:30Appearance display of DF series. Solid machine frame, compact overall structure and exquisite workmanship.
DF Series Operation
Operation Videos · 00:44Operation demonstration of DF series. Simple parameter setup and stable cutting performance for processing various plates.
Packing and container loading
Service Videos · 00:42Standard packing and neat container loading, well-protected for safe shipment.
Real Factory Footage
Real on-site records from our factory, offering a practical view of our production capability and delivery readiness.
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04/ Product Review
Product Inspection
Product Review
We centrally purchase equipment, test the data and the machine, then publish the models that clear our review. You get a shorter path from "could work" to a quote your team can act on.
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Product Inspection
Core Component Details
Frequently Asked Questions (FAQ)
What types of workpieces are shown in the application scenarios?
The provided scenarios include metal nameplates, hardware parts, electrical component identification items, and machined metal parts.
Is this machine designed for desktop workstation use?
Yes. It is presented as a desktop fiber laser marking machine intended for use at a suitable production or marking workstation.
Can it be used for metal nameplate marking?
Yes. Metal nameplate marking is one of the specifically provided application scenarios.
Is the machine suitable for traceability-related marking tasks?
The provided scenes include electrical component and machined-part traceability applications, where identification marking forms part of the workflow.
Is the machine suitable for traceability-related marking tasks?
The actual workpiece type, marking purpose, production environment, and any special requirements should be confirmed before selecting the appropriate configuration.
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